The REV5161TPS5 High Flow Drainage Vehicle is a powerful, reliable solution for managing large-scale drainage and water removal projects. With a high-flow pump, large capacity tank, and versatile design, it is ideal for a variety of applications, from flood control to sewage pumping and construction site drainage. Its robust construction, ease of operation, and eco-friendly features make it an essential tool for efficient water management in both urban and industrial environments.
SPECIFICATIONS
Model | REV5161TPS5National Emission Standard V |
Chassis | DFL5160XXYBX2V |
Engine power | 155 kw |
Total weight | 15800kg |
Size | 9995×2500×3500mm |
Maximum capacity of the lorry crane | 5000kg |
Generator power | 120~200kw |
Pump flow | 600~3200m³/h |
Pump suction | 6~9.5m |
Pump lift | 10~40m |
Others | Optional devices |
Key Features
- High-Flow Pump: Equipped with a powerful, high-flow pump that can quickly and efficiently remove large volumes of water, sludge, and solid debris.
- Sturdy Chassis: Built on a robust Qingling chassis, ensuring durability and reliable performance in challenging conditions and tough terrains.
- Large Capacity Tank: Features a spacious tank that allows for prolonged operation without the need for frequent emptying, making it ideal for large-scale drainage tasks.
- Versatile Use: Perfect for flood control, sewage pumping, drainage of construction sites, and water removal from roads and urban areas.
- Efficient Waste Removal: Designed to handle water, mud, cement slurry, and other solid particles, ensuring effective drainage and water management.
- User-Friendly Controls: Equipped with an intuitive control system that simplifies operation and enhances efficiency during drainage operations.
- All-Terrain Mobility: Capable of operating across a wide range of terrains, including urban streets, rural roads, and construction zones, offering flexibility and mobility.
- Eco-Friendly Operation: Designed with energy-saving features to reduce fuel consumption and minimize environmental impact during operation.